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HS Code |
918992 |
| Product Name | Red C-4G Disperse Red 278 |
| C I Number | Disperse Red 278 |
| Cas Number | 61951-85-7 |
| Appearance | Red powder |
| Molecular Formula | C18H19FO5 |
| Molecular Weight | 334.34 g/mol |
| Color Index | Disperse Red 278 |
| Solubility | Insoluble in water; soluble in organic solvents |
| Application | Polyester and acetate fibers |
| Melting Point | 146-148°C |
| Light Fastness | 4-5 |
| Heat Stability | Up to 210°C |
As an accredited Red C-4G Disperse Red 278 factory, we enforce strict quality protocols—every batch undergoes rigorous testing to ensure consistent efficacy and safety standards.
| Packing | The packaging for Red C-4G Disperse Red 278 features a 25 kg fiber drum with an inner polyethylene liner for secure storage. |
| Shipping | **Red C-4G Disperse Red 278** is shipped in tightly sealed, moisture-proof, and chemical-resistant containers, typically 25 kg fiber drums or bags, to ensure stability during transport. The packaging complies with regulatory standards for safe handling and transit. Store in a cool, dry place away from direct sunlight and incompatible substances. |
| Storage | Red C-4G Disperse Red 278 should be stored in a tightly sealed container in a cool, dry, well-ventilated area, away from direct sunlight and sources of heat or ignition. Avoid contact with strong oxidizers and moisture. Ensure containers are clearly labeled. Use appropriate personal protective equipment when handling and store away from food and incompatible substances to prevent contamination. |
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Purity: Red C-4G Disperse Red 278 with 98% purity is used in polyester fabric dyeing, where it provides consistent color yield and repeatability. Particle Size: Red C-4G Disperse Red 278 with 1 micron particle size is used in high-speed textile printing, where it ensures even dispersion and sharp patterns. Melting Point: Red C-4G Disperse Red 278 with a melting point of 196°C is used in thermal transfer printing, where it delivers heat stability and prevents sublimation loss. Light Fastness: Red C-4G Disperse Red 278 with Grade 5 light fastness is used in automotive upholstery, where it maintains vivid color under UV exposure. Stability Temperature: Red C-4G Disperse Red 278 with stability up to 220°C is used in fiber coloration, where it resists thermal degradation during processing. Molecular Weight: Red C-4G Disperse Red 278 with a molecular weight of 451 g/mol is used in microfiber dyeing, where it achieves uniform penetration and migration control. Viscosity Grade: Red C-4G Disperse Red 278 with low-viscosity grade is used in aqueous ink formulations, where it supports smooth jetting and minimal clogging. Dispersibility: Red C-4G Disperse Red 278 with high dispersibility index is used in continuous dyeing machines, where it reduces settling and promotes homogeneous application. |
Competitive Red C-4G Disperse Red 278 prices that fit your budget—flexible terms and customized quotes for every order.
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In the world of textile coloration, Disperse Red 278, also known as Red C-4G, has carved out a reputation for stable, repeatable results. For years manufacturing this dye, we have tracked every change in the demands of polyester dyeing—whether for sportswear, automotive fabrics, or specialized technical textiles. Not all dyes handle the heat and pressure of modern dyeing equipment the same way. Red C-4G responds well to high-temperature dye baths, resisting migration, fading, and staining problems that still challenge other reds on the market. Its performance owes much to solid synthesis, precise filtration, and batch control—skills developed through regular trial and adjustment in our own production lines.
We produce Disperse Red 278 as a fine, free-flowing powder with high tinting strength. Consistency in hue comes from direct monitoring at every drying and milling stage—not just at the final check. Particle size distribution lands inside narrow, repeatable bands, essential for rapid penetration into polyester fibers under pressure. We have developed low-foam dispersion methods in our own plant that reduce machine downtime and prevent dye speckling on continuous lines. Moisture content, pH, and insoluble residue levels stay controlled within specifications only because operators and quality teams calibrate every batch against historical data, not just raw analytical numbers from suppliers.
Most Red C-4G heads to mills focused on high-speed polyester and microfiber dyeing. Shirt makers order our Disperse Red 278 for its brilliant bluish-red shade, which resists dimming even after repeated household launderings. Athletic brands seek it out to hit specific color codes for teamwear and fan apparel that must survive ultraviolet exposure and multiple cleans. Our own application specialists spend time in partner dyehouses to adjust dispersant levels or suggest machinery adjustments. That feedback feeds back into every improvement on our end—we know firsthand what happens when materials clump or wash out, and we bear the cost of every failed batch.
Customers sometimes ask, why not use standard Disperse Red 60 or Red 73? Disperse Red 278 fills a particular niche. Unlike Red 60, which leans more yellow and loses brilliance at elevated temperatures, Red 278 stays true even in high-pressure jet-dyeing. Red 73 may suit blends or lighter weights, but Red 278 has better fastness—meaning, after exposure to sunlight and sweat, its color retention metrics offer less visible fading. Suppliers in resource-scarce regions also value Red C-4G for its high yield: our process uses less auxiliary stabilizer, resulting in fewer wash-off cycles and helping mills meet wastewater targets. Across our client base, brands stick with Red 278 for its ability to maintain shade precision from year to year.
Making Red C-4G at scale requires constant attention to purification and blending. Our raw material selection draws directly from supplier batches that consistently pass heavy metal and aromatic amine checks. In the mixing area, operators hand-inspect every lot for evenness—machines catch most errors, but human scrutiny catches subtle problems. By refining crystal morphology during synthesis and using both mechanical and ultrasonic milling, we push dye solubility up to meet rapid-dispersion demand. Lab staff track stability not just at shipping but through simulated months of shelf aging. Because our team gets called when foreign particles or off-odors hit a new market, we double-test for residues, improving the product beyond what an off-the-shelf solution offers.
Large-scale customers know color variation causes expensive recalls and rework. We keep batch-to-batch chromatic deviation within tight limits by coupling hand-controlled blending with instrumental assessment—a process evolved from years of running repeat orders for major sports and home textiles clients. Our shade standards don’t just rest on CIE colorimetric data; they include hands-on visual assessment from teams who have spent years matching panels against certified color cards under real mill lighting. Any batch edging toward side tones is flagged long before shipment. This disciplined approach cuts claims and returns, saving partners both time and expense.
Markets around the world keep raising the bar for dye safety. We follow REACH and ZDHC certifications, testing each output for restricted substances. Regular audits and certifications stay current, but the learning never stops—our lab has responded directly to customers’ requests for lower formaldehyde, lower VOC, and zero carcinogen detection. We have switched some process intermediates and improved washing to meet these requirements, but only real-world results prove a change’s worth. If a standard bumps up mid-contract, we often develop rapid reformulation trials and share data with the customer for approval, not waiting for a distant regulator to chase us down.
Every blend of Disperse Red 278 leaves behind process water—something our in-house team strives to clean far beyond minimal standards. As manufacturers, nobody sees more clearly the impact improper waste handling has on both the plant environment and local community. We have invested in fine-filtration and chemical recycling units. Factory teams at the mixing and drying lines receive intensive safety training, and workstations have evolved based on dozens of direct suggestions from operators—better fume capture, more comfortable mixing benches, and clearer visual labeling. We don’t take safety lightly, because an injury or quality escape hits morale and business harder than a lost day’s production.
Our reach covers both local textile clusters and global mill networks. Red C-4G has shipped out regularly to Asia-Pacific, Europe, Africa, and the Americas. Responding to customer troubleshooting takes more than technical manuals—we’ve built support channels staffed by dyers who have run production lines, not just office phones. Regular site visits, online application troubleshooting, and overnight sample runs keep production up even under tight delivery windows. Brands have come to depend on honest feedback—if Red 278 won’t solve a particular color mismatch or won’t suit a super-high-fastness request, we say so, sharing alternatives to keep mills productive.
Textile trends shift between bold shades to pastel, but fastness remains key to market survival. Our R&D unit has piloted co-dispersion systems with Red C-4G—leveraging its stable backbone for even deeper shades on premium sports fabrics and darker workwear. By testing every variation on modern substrates, from recycled PET yarns to bi-component blends, we discover ways to push depth without sacrificing lightfastness or wash durability. Partners often join early trials, benchmarking real-world performance before committing to scale. The extra investment pays off in lower off-shade rates and reduced re-dye cycles, building loyalty through results, not just promises.
Textile dyeing stands as one of the most scrutinized industrial processes for its environmental impact. We are advancing Red C-4G to meet new sustainability targets—adopting greener process solvents, low-salt dispersant systems, and investing in closed-loop water recovery. Plant waste is reclaimed wherever possible, and effluent treatment inputs are monitored in real time. We look toward biosourced feedstocks for long-term diversification. Every small internal process change compounds into measurable environmental and economic benefit. The impetus for those changes often comes from partnerships: a major athletic brand or automotive supplier pressing for lower-impact dyeing, or regional authorities tightening discharge standards. Our reaction isn’t just to retrofit, but to build greener formulations from the outset, accelerating adoption through open collaboration and sharing field results—not waiting for external mandates.
Consumers demand color that lasts, withstands fading, and keeps newness through repeated washes. As manufacturers of Disperse Red 278, we bear responsibility not only for supplying a red dye, but also for supporting the brands who promise vibrant, tough-wearing polyester textiles from activewear to home furnishings. Our long-term relationships with leading mills rest on visible results: textiles keep their hue, sweat and light tests yield good ratings, and no off-shade panels reach the shelf. By investing in ongoing plant improvements, safety programs, and application R&D, we help our customers deliver on their own product claims. The difference shows up every season when color cards and finished rolls match, dyehouse complaints dwindle, and customer loyalty grows stronger.
Decades of manufacturing Red C-4G Disperse Red 278 have taught us the value of consistent process control, open feedback channels, and readiness to adapt production practices. We recognize that every batch connects us to the future of textile coloration—where quality, safety, and sustainability matter as much as chromatic brilliance. Our team’s daily work stands behind each order, giving customers and end-users not just a dye, but the reliability and partnership to meet evolving industry and consumer needs.